This course aims to answer questions surrounding security measures or how to evaluate the current cybersecurity posture. The course will provide guidelines to assist organizations in the development, selection, and identification of the data to be captured and show how this information can be used to compute a cybersecurity indicator of risk. You will be able to generate a cybersecurity indicator of risk with respect to a specific organization. The purpose of the cybersecurity indicator is to allow for the evaluation of the level of cybersecurity competency at a particular point in time of an organization and, when this process is repeated at other points in time, it allows the status of an organization’s cybersecurity programs progress over time to be determined.
This course is intended to help organizations that implement or operate a portion of the global infrastructure of information and communication technologies to evaluate their own cybersecurity capabilities and calculate their cybersecurity indicator of risk. After the course, you will be able to facilitate the decision-making process within organizations on improving cybersecurity and lowering cybersecurity risks. Furthermore, these guidelines provide an indication of where organizations could/should invest resources to improve their cybersecurity.
Modern web applications can often be described in terms of cooperation and sharing, both on the level of the users of the application and on the level of the application and the service providers. This course covers the most prevalent security challenges of web applications, from a theoretical and practical perspective.
In this course, you will learn about common air pollutants and how to manage and control air pollution. The course gives you enhanced knowledge about relevant aspects of modern air quality management systems based on regulations and policies related to ambient air quality management in the EU and Sweden.
Berör några av de grundläggande koncepten och teorierna kring strategisk teknologihantering och granskar viktiga strategiska beslut i centrum av teknik- och innovationshantering utifrån företagets konkurrenssituation. Dessa kan till exempel beröra valet av teknologi, disruptiva innovationer, tidpunkten för teknikutvecklingsinitiativ, implementeringsstrategier, modulär design, skapande av strategiska partnerskap eller anpassning till snabb teknisk förändring.
Med produktionslogistik menas planering, samordning och styrning av det tillverkande företagets materialflöden och resursflöden med utgångspunkt från dess produktionssystem. Området har fått allt större betydelse för företag i takt med dels ökade krav på kortare och säkrare leveranstider, dels ökade krav på mindre kapitalbindning samtidigt som produkter ska kundanpassas.
This course is a guide to the cybersecurity issues arising throughout the entire development process. We consider the development from the security perspective from the beginning stage until the final release and beyond. No matter whether you are a developer, engineer, or a top-level manager, this course will benefit you.
You will learn some useful hands-on approaches for trade-off analysis, requirements prioritization methods, risk assessment approaches, and other security aspects at all stages of development.
Maybe you want to connect monitoring to a truck, or why not build a connected pump control? Do you want to measure temperatures, pressures or vibrations? Do you want knowledge about how to connect one of your existing products? Then this course is for you.
Do you work as an engineer in the industry and want to learn how to develop an idea with IoT? Do you work as a developer at an IT company and want to learn more about the hardware and the entire infrastructure within IoT? The course is primarily aimed at those who are professionals in the engineering profession, but you do not need to be either a programmer or an electronics engineer to take advantage of the course. The content is adapted so that you can work with your specific ideas.
The course is focused on providing both theoretical and practical knowledge in the field of Internet of Things. You will gain knowledge of the area's applications and definitions, and you will learn how to build an IoT device, all the way from hardware to visualization. You will have the opportunity to practically work with hardware, sensors, as well as infrastructure and security. We will work with, among other things, WiFi, BLE, LoRaWAN, SigFox, NB-IoT / LTE-M1, as well as insight into how data is transported throughout from the device to the database and then to the application.
The course will be held mostly at a distance with a couple of scheduled workshops (13/9, 6/10, 27/10) either on site or online. All lectures will be available online. The course will be delivered in a flexible way to facilitate the combination of coursework with your ongoing professional commitments.
You will need to buy IoT hardware before the start of the course, the cost can be different depending on the type of project, guide value is approx: SEK 1,000.
The total scope of the course is normally about 80 hours.Language of instruction: EnglishThe course is free of charge